Keyence LJ-V7000 Series Bedienungsanleitung PDF herunterladen (Seite 80)

80 LJ-V7000_COM_RM_E

[Unique parameter of calculation from 8byte]

17:Step (simple 3D)

byte Setting Data

4

Measurement target head: 0: HeadA, 1: HeadB,

2: Combined profile (only when profile combine

(wide) is on)

5

Measurement target selection: 0:Peak, 1:bottom,

6:Average

6 Reserved (fixed as 0)

7 Reserved (fixed as 0)

8 Unique parameters are assigned to each

measurement target. For details on the unique

parameters, see "Measurement area details"

(page 83).

~

M

M+1

Reserved (fixed as 0)~

15

16

Measurement target Ycoordinate start position:

value withinBatch point

17

18

Measurement target Ycoordinate end position:

value withinBatch point

19

20

Reference target selection: 0: HeadA, 1: HeadB, 2:

Combined profile (only when profile combine

(wide) is on)

21

Reference target selection: 0:Peak, 1:bottom,

6:Average

22 Reserved (fixed as 0)

23 Reserved (fixed as 0)

24 Unique parameters are assigned to each

reference target. For details on the unique

parameters, see "Measurement area details"

(page 83).

~

M

M+1

Reserved (fixed as 0)~

31

32

Reference target Ycoordinate start position:

value withinBatch point

33

34

Reference target Ycoordinate end position:

value withinBatch point

35

36

Reserved (fixed as 0)~

91

18:Position (simple 3D)

byte Setting Data

4

Measurement target head: 0: HeadA, 1: HeadB, 2:

Combined profile (only when profile combine

(wide) is on)

5 Output coordinate: 0:Xcoordinate, 1:Ycoordinate

6 Measurement target selection: 0: Peak, 1: bottom

7 Reserved (fixed as 0)

8 Unique parameters are assigned to each

measurement target. For details on the unique

parameters, see "Measurement area details"

(page 83).

~

M

M+1

Reserved (fixed as 0)~

15

16

Ycoordinate start position: value withinBatch point

17

18

Ycoordinate end position: value withinBatch point

19

20

Reserved (fixed as 0)~

91

19:Calculation

byte Setting Data

4

Calculation mode: 0:Addition, 1:Subtraction.

2:Absolute value, 3:AVE, 4:P-P, 5:MAX, 6:MIN

5 Reserved (fixed as 0)

6 Reserved (fixed as 0)

7 Reserved (fixed as 0)

8

Unique parameters are assigned to each

calculation mode. The unique parameters are

described below.

~

N

N+1

Reserved (fixed as 0)~

91

0:Addition 1:Subtraction

byte Setting Data

8

Calculation target A: OUT number

(example:OUT1:00h, OUT12:0Bh)

9

Calculation target B: OUT number

(example:OUT1:00h, OUT12:0Bh)

10 Reserved (fixed as 0)

11 Reserved (fixed as 0)

2:Absolute value

byte Setting Data

8

Target OUT: OUT number (example:OUT1:00h,

OUT12:0Bh)

9 Reserved (fixed as 0)

10 Reserved (fixed as 0)

11 Reserved (fixed as 0)

3:AVE/ 4:P-P/ 5:MAX/ 6:MIN

byte Setting Data

8

OUT1: 0:Do not use as calculation target, 1: Use

as calculation target

~

OUT2~15: 0:Do not use as calculation target, 1:

Use as calculation target

23

OUT16: 0:Do not use as calculation target, 1: Use

as calculation target

<Measurement value hold count>

Type:10h~1Fh (10h~Program NO.0, 11h:Program NO.1,

･･･ , 1F:Program NO.15)

Category:06h, Item:04h

Target1:00h~0Fh (OUT1~16) Target2~4:00h

byte Setting Data

0

Measurement value hold count: 0~999

1

2 Reserved (fixed as 0)

3 Reserved (fixed as 0)

<Measurement value filter>

Type:10h~1Fh (10h:Program NO.0, 11h:Program NO.1,

･･･ , 1F:Program NO.15)

Category:06h, Item:05h

Target1:00h~0Fh (OUT1~16) Target2~4:00h

byte Setting Data

0

Measurement value filter: 0:OFF, 1:Moving

Average, 2:Low-pass filter, 3:High-pass filter

1 Reserved (fixed as 0)

2 Reserved (fixed as 0)

3 Reserved (fixed as 0)

1 2 ... 75 76 77 78 79 80 81 82 83 84 85 ... 93 94

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